Welcome to my portfolio site. I am a recent Physics (M.Sc) grad with a background in Nanoscience (B.Sc). My experience includes work in both computational and hands-on lab environments involving materials science, and I have also studied irradiation damage in materials. In my free time, I enjoy learning about advances in space science, metamaterials, and nuclear energy, engaging in insect conservation activities, and 3D printing my own digitally-sculpted models.
My thesis, Characterizing Structure of High Entropy Alloys (HEAs) Using Machine Learning, is available through the following link to the University of Ottawa Library.
Available services
- 3D model design and resin printing
- Python and Bash programming
- Materials simulation setup
- AI image prompting
- Technical writing
- Creative writing
Example work
Links to some of my recent projects with Python and Linux
- MatSimPy - A Python package for materials simulation
- JobScraPy - A Python package for parsing job opportunities
- CleanupTools - A helper for the SciNet Niagara supercomputer cleanup system
Tutorials
-
Copilot AI image prompt tutorial –> If you have used an AI image generator before, you likely know the importance of precise word choices in your prompts. This tutorial is meant as an informal guide to getting output that matches your vision.
-
Atomic figures in Blender tutorial –> Struggling to draw perfect atoms in Word, Powerpoint, or Inkscape? Look no further than this tutorial on how to directly import your atomic files to Blender and take great rendered shots for journals and other publications.
-
Simple 2D defect diffusion tutorial with NumPy –> An easily-modified model for representing defect diffusion in a multi-component 2D system with a varied rate catalogue, presented via Google Colab.
-
Surface site representation tutorial with Pytorch & ASE –> A demo of surface site placement using the Atomic Simulation Environment package for Python, presented via Google Colab.
Contact Info
LinkedIn: Christoff Reimer
Email: christoffreimer@gmail.com